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11.4 POWER CONTROL: THE SYSTEMATIC APPROACH Kawadia and Kumar [31] suggest that cross-layer design in wireless networks should be considered holistically because one cross-layer interaction can affect not only the layers concerned, but also other layers of protocol stack. Two loosely correlated crosslayer designs may lead to disastrous unintended consequences on overall performance. Simulation results in reference 53 support this argument. The authors compared the performance of a power-aware routing protocol PARO [9] with the performance of minimum hop routing protocol (MHRP), using basic-like power control in the MAC layer, and showed that the latter one saved more energy. Moreover, since basic-like power control does not increase the spatial reuse of medium, and PARO would introduce more hops in the routes, it can cause a degradation of network throughput. Thus, in order to improve the network performance or save energy, we need to tackle transmission power control problem in a systematic approach, taking into account the MAC, network, and transport layers together. rdlc pdf 417 PDF417 Barcode Creating Library for RDLC Reports | Generate ...
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Free trial package available to insert PDF - 417 barcode image into Client Report RDLC . 11.4.1 Power Control as Constrained Optimization Problems Recently, there has been a trend that models the network problems as mathematical optimization problems. This approach can help to clearly nd the interactions between parameters in the network problems, and it can serve as a guide to design the optimal or near-optimal algorithms. Because power control can affect most layers in the protocol stack, it is useful to model the power control problem as a constrained optimization The last two operations we'd like to provide are concatenation (appending one list to the back of a second) and reversal (flipping the element order) Our first implementation of concat() is subtly incorrect Do you see the problem void ilist::concat( const ilist &il ) { if ( ! _at_end ) _at_front = il_at_front; else _at_end->next( il_at_front ); _at_end = il_at_end; } Y (i+2)(3..0) The problem is that two ilist objects now point to the same sequence of items Changes to one ilist, such as insert() or remove(), incorrectly also are reflected in the second ilist The simplest solution to this problem is to copy each item Our revised concat() uses insert_end(): rdlc pdf 417 How to add Barcode to Local Reports ( RDLC ) before report ...
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Barcode Control SDK supports generating Data Matrix, QR Code, PDF - 417 barcodes in RDLC Local Report using VB and C# class library both in ASP.NET and ... void ilist:: concat( const ilist &il ) { ilist_item *ptr = il_at_front; while ( ptr ) { insert_end( ptr->value() ); ptr = ptr->next(); } } problem. In this way, the power control problem can be tackled holistically, and thus the negative impact of careless cross-layer design with power control can be avoided. Here is our implementation of reverse(): void ilist:: reverse() { ilist_item *ptr = _at_front; ilist_item *prev = 0; _at_front = _at_end; _at_end = ptr; while ( ptr != _at_front ) file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (230 / 1065) [2001-3-29 11:32:05] { ilist_item *tmp = ptr->next(); ptr->next( prev ); prev = ptr; ptr = tmp; } _at_front->next( prev ); } Generic Formulation. The transmission power control problem in wireless networks can be modeled as a constrained optimization problem with utility maximization framework. One form of the generalized formulations [10, 11] is as follows: maximize The following small program exercises our implementation: #include<iostream> #include "ilisth" int main() { ilist mylist; for ( int ix = 0; ix< 10; ++ix ) { mylistinsert_front( ix ); } mylistdisplay(); cout "\n" "reverse the list\n"; mylistreverse(); mylistdisplay(); ilist mylist_too; mylist_tooinsert_end( 0 ); mylist_tooinsert_end( 1 ); mylist_tooinsert_end( 1 ); mylist_tooinsert_end( 2 ); mylist_tooinsert_end( 3 ); mylist_tooinsert_end( 5 ); cout "\n" "mylist_too:\n"; mylist_toodisplay(); mylistconcat( mylist_too ); cout "\n" "mylist after concat with mylist_too:\n"; mylistdisplay(); } When compiled and executed, it generates the following output: ( 10 )( 9 8 7 6 5 4 3 2 1 0 ) reverse the list ( 10 )( 0 1 2 3 4 5 6 7 8 9 ) mylist_too: ( 6 )( 0 1 1 2 3 5 ) mylist after concat with mylist_too: ( 16 )( 0 1 2 3 4 5 6 7 8 9 0 1 1 2 3 5 ) Y (i+1) (3..0) Vj (wj )
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